Mr. Ashutosh SINGH , Research engineer , CNRS IRL 2958 , France.
Ashutosh Singh is a passionate and results-driven Research Engineer specializing in laser-based powder bed fusion and additive manufacturing. With substantial experience in both industrial settings and academic research environments, he excels in developing novel solutions for complex engineering challenges. His expertise includes optimizing process parameters in Selective Laser Melting (SLM) and modeling microstructural evolution in materials like Ti6Al4V and High Manganese Steel. Renowned for his problem-solving mindset and innovative thinking, Ashutosh consistently contributes to the advancement of material science and manufacturing technologies at global institutions and companies in France and Italy.
Publication Profile
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🎓 Education Background
Ashutosh Singh has a strong academic foundation in mechanical and materials engineering. He is currently pursuing his Ph.D. in Material Science at Georgia Tech-CNRS IRL 2958, University of Lorraine, France (2022–2025), focusing on microstructure development in additive manufacturing. He earned a Master’s in Mechanical Engineering from Politecnico di Milano, Italy (2017–2019), with a specialization in advanced materials and manufacturing, where he worked on selective laser melting of pure copper. His undergraduate degree, a B.E. in Mechanical Engineering, was completed at Ramaiah Institute of Technology, India (2012–2016), where he was recognized as a top-performing student.
🧑💼 Professional Experience
Ashutosh Singh is currently a Research Scientist at CNRS-IRL 2958, France, where he investigates microstructural evolution during SLM processes. Prior to this, he served as an R&D Engineer and Product Manager at Prima Additive, Italy (2020–2022), leading key projects such as the development of dual-laser and quad-laser SLM systems. His engineering journey began with roles at Britannia Industries and Bosch India Limited, where he contributed to plant efficiency and automation systems. With hands-on experience in machine design, process optimization, and cross-functional project management, Ashutosh bridges academic research with real-world industrial innovation.
🏅 Awards and Honors
Ashutosh Singh has received numerous accolades for his academic and research excellence. He is a recipient of the prestigious Marie Skłodowska-Curie Grant under Agreement No. 956401 and the “Invest Your Talent in Italy” grant awarded by the Italian Ministry of External Affairs. During his undergraduate years at MSRIT, he won the Achiever’s Award as the best outgoing student and also received the Best Final Year Project Award. He holds multiple merit certificates and has represented academic teams in several competitive events like SAE BAJA and international go-kart competitions, showcasing his versatile and high-performing profile.
🔍 Research Focus
Ashutosh Singh’s research is centered on the development and modeling of advanced additive manufacturing processes, particularly Selective Laser Melting (SLM). He explores the influence of laser parameters on microstructure evolution in materials such as Ti6Al4V, Inconel 718, and High Manganese Steel. His doctoral thesis focuses on modeling microstructure development during SLM to predict and enhance material performance. Ashutosh is also actively involved in designing innovative laser systems and inert gas flow mechanisms to ensure process stability and part integrity. His work bridges theoretical modeling with experimental validation, pushing forward the capabilities of next-gen manufacturing.
📌 Conclusion
Ashutosh Singh stands out as a dynamic Research Engineer who combines academic rigor with real-world impact. His multidisciplinary background, spanning mechanical design, material science, and laser engineering, makes him a valuable contributor to the field of additive manufacturing. With a solid track record in both research and industry, supported by prestigious grants and recognitions, he continues to pioneer solutions that redefine manufacturing standards. Whether through developing next-gen laser systems or advancing microstructure modeling, Ashutosh remains committed to innovation and excellence in engineering research and development.
📚 Publications – Top Notes
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Processability of pure Cu by LPBF using a ns-pulsed green fiber laser
Published Year: 2022
Journal: Optics & Laser Technology
Cited by: 28 articles
Summary: Demonstrated successful LPBF processing of pure copper using green laser and detailed process parameter optimization.
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An overview of processing and properties of Cu/CNT nano composites
Published Year: 2017
Journal: Materials Today: Proceedings
Cited by: 63 articles
Summary: Reviewed composite formation of Cu and CNTs, highlighting challenges and enhancements in mechanical and thermal properties.
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Development of the selective laser melting process for pure copper with a green laser
Published Year: 2019
Institutional Repository (Thesis – Politecnico di Milano)
Cited by: N/A (Thesis)
Summary: Presented full-scale development of green laser-based SLM system for pure copper with over 98% density achieved.